Engineering coating from beginners to pros

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Alexander Yekymov

5:31:33

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1. Prerequisite topics related to coating applications

1.1 introduction.pdf

1. Introduction.mp4

03:33

2.1 Corrosion basics.pdf

2. Corrosion basics.mp4

09:25

3.1 Wear and mechanical fatigue basics.pdf

3. Wear and fatigue basics.mp4

07:45

4.1 Embrittlement - electropalting process-enviromental topics basics.pdf

4. Embrittlement,electroplating process & environmental aspects.mp4

10:14

2. Coatings deep dive

1.1 Electrodeposited Zn.pdf

1. Electrodeposited Zn.mp4

15:35

2.1 Hot dip galvanizing Zn.pdf

2. Hot dip Zn.mp4

24:54

3.1 Hard Cr.pdf

3. Hard Cr.mp4

28:18

4.1 Engineering Ni.pdf

4. Engineering Ni.mp4

13:40

5.1 Decorative Ni-Cr.pdf

5. Decorative Ni-Cr.mp4

20:18

6.1 Decorative Ni-Cr on plastics.pdf

6. Decorative Ni-Cr on plastics.mp4

17:24

7.1 Electroless Ni.pdf

7. Electroless Ni.mp4

31:55

8.1 Electroless Ni on plastics.pdf

8. Electroless Ni on plastics.mp4

04:29

9.1 Electrodeposited Silver.pdf

9. Electrodeposited Silver.mp4

13:20

10.1 Electrodeposited Gold.pdf

10. Electrodeposited Gold.mp4

10:45

11.1 Phosphate conversion coating.pdf

11. Phosphate conversion coating.mp4

15:49

12.1 Thermal spray.pdf

12. Thermal spray.mp4

30:12

13.1 Anodize.pdf

13. Anodize.mp4

23:20

14.1 Chromate conversion coating.pdf

14. Chromate conversion coating.mp4

10:48

15.1 Passivation.pdf

15. Passivation of CRES.mp4

08:33

16.1 Black oxide.pdf

16. Black oxide.mp4

07:21

3. Summary

1.1 Preliminary coating selection.pdf

1. Preliminary coating selection.mp4

23:55

Description

Metallic coatings , thermal spray coatings, functional coatings

What You'll Learn?

Clarity on how coating can be beneficial for product functionality: resist corrosion, resist wear , allow solderability , electrical conductivity, decorative...
Establish deep knowledge on coatings attributes: beneficial and detrimental.
Familiarize itself with common applications for each studied coating.
Learn to define coating properly on mechanical drawing with the aid of international standards.
Environmental considerations during coating selection.
Familiarize yourself with simple catalogue fashion method of preliminary coatings selection. The method is attribute based and easily compare between coatings.

Who is this for?

Mechanical design professionals who seeks to enhance performance ,reliability and cost efficiency of in charge products.

NPI engineers who seeks to assure continual product quality and enhance waivers compliance for product's design intent.

What You Need to Know?

No prerequisite knowledge is required. You'll learn required topics in step by step fashion.

More details

Description
This course will provide you practical knowledge at field of engineering coating selection and definition during mechanical development process based on required attributes for product functionality. The course is structured in parts. The logic behind the partition based on understanding that correct application of coating will be achieved by utilizing why, what, how strategy.
Why : understand why coating is required/beneficial for the particular application.
What: evaluate main attributes of the coating which enables required functionality.
How: select most appropriate coating based on required functional attributes & define fully to attain those attributes from the supplier at consistent manner.
1. Part 1 (Why)- introduce you to basics of: corrosion, mechanical wear and fatigue, embrittlement, electroplating process and environmental topics.
2. Part 2 (What & How) - discussion of main technical attributes of common engineering coatings:
Â· Electrodeposited Zinc (Zn) & Hot Dip Galvanizing ( Zn)
Â· Hard & decorative chromium ( Cr) on metals & plastics
Â· Engineering Nickel (Ni)
Â· Electroless Nickel (Ni) on metals & plastics
Â· Electrodeposited Silver (Ag)
Â· Electrodeposited Gold (Au)
Â· Phosphate conversion coating
Â· Thermal spray (Plasma, HVOF,...)
Â· Anodize
Â· Chromate conversion coating ( Alodine)
Â· Passivation
Â· Black oxide
3. Part 3 (What) - summary and preliminary coating selection tool based on main coating's attributes. The tool present coatings with its main attributes as catalogue for more efficient preliminary selection.

Who this course is for:
Mechanical design professionals who seeks to enhance performance ,reliability and cost efficiency of in charge products.
NPI engineers who seeks to assure continual product quality and enhance waivers compliance for product's design intent.

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Mechanical Engineering

Alexander Yekymov

Instructor's Courses

I'm mechanical engineering (Master of Science) and technological expert at HP Inc. For last 16 years I gained huge practical and theoretical knowledge at field of material selection and robust design at vast variety of mechanical applications at two very demanding industry brunches as defense and printing. I had honor to elaborate with high class metallurgists and material science engineers along my carrier and they encouraged me to learn and value those topics. I developed a passion for material selection as selected materials attributes largely enables functionality, robustness and to sufficient extent cost of the end product. Applicative knowledge of material selection provide significant value for product success , reduction of design cycle and product cost.

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